GE WEA13-13 2508-21001

Description

Detailed Parameter Table

GE WEA13-13 2508-21001

Product Introduction

The GE WEA13 – 13 2508 – 21001 is an advanced and highly versatile embedded digital module. Engineered by GE, a renowned leader in the electronics and industrial technology sectors, this module has been designed to meet the ever – evolving demands of modern electronic systems. In the complex landscape of embedded applications, from industrial automation to consumer electronics, this module serves as a fundamental building block. It bridges the gap between different components, enabling efficient data processing, signal control, and system integration. Its compact design and wide – ranging capabilities make it suitable for a vast array of applications where space is at a premium, yet high – performance digital functions are required.

Core Advantages and Technical Highlights

Universal Signal Processing Prowess

At the core of the WEA13 – 13 2508 – 21001 is its ability to perform universal signal processing. The high – performance general – purpose signal processing algorithms implemented in this module can handle a diverse set of signals. Whether it’s processing analog signals from sensors in an industrial environment or digital signals from communication interfaces, the module ensures accurate and efficient signal manipulation. This versatility allows for seamless integration into systems with different signal types, eliminating the need for multiple specialized signal – processing units in many cases.

Advanced Digital Signal Acquisition

The module features advanced digital signal acquisition techniques. The automatic gain control technology is a standout feature. It dynamically adjusts the gain of the incoming signals, ensuring that even weak or strong signals are captured accurately. This is crucial in applications where the signal strength may vary widely, such as in wireless communication receivers or sensor networks. Additionally, the real – time signal display functionality provides immediate feedback on the acquired signals. This is extremely useful for system monitoring and debugging, as it allows engineers to quickly assess the quality and characteristics of the incoming data.

Robust Digital Recording

For applications that require data logging and recording, the WEA13 – 13 2508 – 21001 shines with its digital recording capabilities. The multi – channel AD sampling enables the module to simultaneously collect data from multiple sources. This is invaluable in scenarios like multi – sensor data acquisition systems, where data from different sensors (such as temperature, pressure, and humidity sensors) needs to be captured at the same time. The high – speed storage mechanism ensures that the sampled data is saved promptly, without any loss of information, even when dealing with high – frequency signals.

Specialized Chipset for Precision Sensing

The inclusion of a non – magnetic metering SoC chip is a unique feature of this module. This chip is designed to detect rotational motion, making it ideal for applications related to motors, turbines, or any rotating machinery. By accurately measuring rotational speed, direction, and other related parameters, it can contribute to the efficient operation and control of such systems. Coupled with a low – power microcontroller integrated with a high – precision sensor, the module offers power – efficient and accurate data processing and sensing. The low – power operation is especially important for battery – powered or energy – conscious applications, while the high – precision sensor ensures reliable data collection.

Typical Application Scenarios

Industrial Automation

In industrial automation, the GE WEA13 – 13 2508 – 21001 can be used in various ways. For example, in a factory’s conveyor belt system, it can be connected to sensors that detect the position, speed, and load of the conveyor. Using its signal processing and acquisition capabilities, the module can analyze the data and send control signals to adjust the speed of the conveyor, ensuring smooth material flow. In robotic arms used for assembly tasks, the module can process signals from position sensors and force sensors. The non – magnetic metering SoC chip can be used to monitor the rotation of the robotic joints, providing real – time feedback for precise control of the arm’s movements.

Consumer Electronics

In consumer electronics, this module finds applications in devices like smart home sensors. For instance, in a motion – sensing security camera, the WEA13 – 13 2508 – 21001 can process the signals from the motion sensor and the camera’s image sensor. It can use its signal processing capabilities to filter out false alarms and enhance the quality of the captured images. In portable health monitoring devices, such as a wearable heart rate monitor, the module can acquire the heart rate signals, perform real – time signal processing to remove noise, and display the accurate heart rate data on the device’s screen. The low – power operation of the module ensures long – battery life for such portable devices.

Automotive Electronics

In the automotive industry, the WEA13 – 13 2508 – 21001 can be used in vehicle sensor systems. For example, in an anti – lock braking system (ABS), it can process signals from wheel speed sensors. The multi – channel AD sampling allows it to simultaneously receive data from all four wheel speed sensors. Using its signal processing algorithms, the module can calculate the appropriate braking force for each wheel, ensuring safe and efficient braking. In a car’s infotainment system, the module can handle audio and video signals. It can compress and encode the video signals before transmission to the display, optimizing the data transfer and ensuring smooth video playback.

GE WEA13-13 2508-21001

Related Model Recommendations

GE Expansion Boards for WEA13 – 13 Series: These expansion boards can be used to enhance the functionality of the WEA13 – 13 2508 – 21001. For example, they may add more input/output ports, allowing for connection to additional sensors or actuators. Some expansion boards might also include additional memory for increased data storage capacity, which can be beneficial for applications with high – volume data recording requirements.

GE Communication Modules: These can be paired with the WEA13 – 13 2508 – 21001 to expand its communication capabilities. For instance, a wireless communication module can enable the embedded digital module to communicate with other devices over Wi – Fi or Bluetooth. This is useful in applications where wired communication is not practical, such as in remote – controlled devices or mobile sensor nodes.

GE Power Management Modules: Since the WEA13 – 13 2508 – 21001 is often used in power – sensitive applications, a power management module can help optimize its power consumption. These modules can regulate the power supply to the embedded digital module, ensuring stable operation while minimizing power usage. This is especially important for battery – powered applications or systems where energy efficiency is a key concern.

Installation, Commissioning and Maintenance Instructions

Installation Preparation

Before installing the GE WEA13 – 13 2508 – 21001 module, ensure that the target system meets the power and environmental requirements. The installation area should be free from excessive heat, humidity, and electromagnetic interference. Use appropriate soldering or connection techniques, depending on whether the module is to be soldered onto a PCB or connected via connectors. If soldering, use a fine – tipped soldering iron and high – quality solder to ensure reliable connections. Tools required for installation may include a soldering station, desoldering pump (for any potential rework), and a multimeter to verify electrical connections. Before starting the installation, make sure to disconnect all power sources to avoid the risk of electrical short – circuits. When connecting the module to other components in the system, refer to the pin – out diagram provided in the product manual to ensure correct wiring.

Maintenance Suggestions

For routine maintenance of the WEA13 – 13 2508 – 21001, perform periodic visual inspections. Check for any signs of physical damage, such as cracks on the module’s casing or loose connections. Use a dry, clean cloth to gently remove any dust that may have accumulated on the module. Periodically test the module’s functionality using diagnostic software or test signals. If the module is used in a data – recording application, check the integrity of the stored data at regular intervals. In case of any malfunction, refer to the troubleshooting guide provided in the product manual. When replacing any components associated with the module, always use genuine GE parts to ensure compatibility and maintain the module’s performance and reliability.

Service and Guarantee Commitment

GE offers a comprehensive warranty for the WEA13 – 13 2508 – 21001 module. The warranty typically covers manufacturing defects for a specified period, usually 12 months from the date of purchase. During this warranty period, if the module is found to be defective due to manufacturing issues, GE will repair or replace it free of charge. The global technical support team is available 24/7 to provide assistance with installation, configuration, and troubleshooting. Customers can access a wealth of online resources, including user manuals, application notes, and software updates, through GE’s official website. For critical applications, GE also offers customized service agreements, which may include on – site support and preventive maintenance programs to minimize downtime and ensure the long – term, reliable operation of the product.